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MEMBERSHIP  ::  Meet the Microbiologist

Meet the Microbiologist

Taking on superbugs with new insights into uncharted biology

Multidrug resistant bacteria continue to be a health-care burden in both hospital and community settings.  Remarkably, in the past fifty years, only a few new chemical classes of antibiotics have reached the clinic.  Existing antibiotics are directed at a small number of targets, principally cell wall, DNA and protein biosynthesis.  Indeed, multidrug resistance among bacterial pathogens is thought to be due in large part to the limited repertoire of antibacterial chemical matter that eradicate bacteria using a narrow range of mechanisms.  Bacterial genomics heralded a genes-to-drugs approach where new targets would lead to new chemical matter that inhibit bacterial growth with new mechanisms of action and are unsusceptible to existing resistance mechanisms.  Unfortunately, there have been no new drugs with this approach.  Among the most significant obstacles to modern antibacterial drug discovery has been a struggle to understand the complexity of the biology that underlies various targets.  In efforts ongoing, the Brown Labresearch group is working to explore largely uncharted aspects of complex biology in bacteria.  We are working to comprehend poorly understood aspects of cell wall biosynthesis, in particular the biogenesis of wall teichoic acid in Gram-positive bacteria.  We are also characterizing conserved and enigmatic proteins that have vital roles in the assembly of ribosomal subunits in bacteria.  Further we have embarked on ambitious efforts to uncover new chemical probes of bacteria and to chart chemical-genetic interactions for known and novel antibacterial compounds on a genomic scale.  Together the ultimate goal of these studies is to contribute to fresh directions for new antibacterial therapeutics.






Eric Brown

Brown Lab researchers are searching for the Achilles heels of drug-resistant superbugs.  To this end they are using tools of chemical biology and molecular genetics to probe the complex biology that underlies bacterial survival strategies.  For more details, visit the Brown Lab website. 


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Contact Information
McMaster University
Department of Biochemistry and Biomedica
Hamilton, ON L8S 4K1
Canada
Phone  
Fax 
Email 
905-525-9140 x26891
905-522-9033
ebrown@mcmaster.ca

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CSM-SCM Secretariat
17 Dossetter Way
Ottawa, ON K1G 4S3
Canada

Tel: (613) 421-7229




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